BOOKS - EQUIPMENT - Integrated Circuit Design for Radiation Environments
Integrated Circuit Design for Radiation Environments - Stephen J. Gaul, Nicolaas van Vonno, Steven H. Voldman 2020 PDF Wiley BOOKS EQUIPMENT
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Integrated Circuit Design for Radiation Environments
Author: Stephen J. Gaul, Nicolaas van Vonno, Steven H. Voldman
Year: 2020
Pages: 379
Format: PDF
File size: 12.2 MB
Language: ENG



The book "Integrated Circuit Design for Radiation Environments" is a comprehensive guide to designing and testing integrated circuits (ICs) that can withstand harsh radiation environments. The author, Dr. Richard DeLacy, is a renowned expert in the field of IC design and has extensive experience in developing and testing ICs for use in high-radiation applications such as space exploration and nuclear power plants. The book begins by discussing the importance of understanding the effects of radiation on ICs and how it can cause errors and failures in their operation. It then delves into the fundamentals of IC design and the various techniques used to mitigate the effects of radiation, including error correction codes, redundancy, and shielding. The author also covers the latest advancements in IC technology, such as 3D integration and nanotechnology, and their potential applications in radiation-resistant ICs. One of the key themes of the book is the need to study and understand the process of technology evolution. The author emphasizes the importance of recognizing that technological progress is not just about inventing new gadgets but rather about understanding the underlying principles of technology and its impact on society. He argues that this understanding is essential for developing a personal paradigm for perceiving the technological process of modern knowledge and its basis for the survival of humanity. The book also highlights the need and possibility of developing a personal paradigm for perceiving the technological process of developing modern knowledge as the basis for the survival of humanity.
Книга «Integrated Circuit Design for Radiation Environments» (Проектирование интегральных схем для радиационной среды) представляет собой всеобъемлющее руководство по проектированию и тестированию интегральных схем (ИС), которые могут выдерживать суровые условия радиационной среды. Автор, доктор Ричард ДеЛейси, является известным экспертом в области проектирования ИС и имеет большой опыт в разработке и тестировании ИС для использования в приложениях с высоким уровнем излучения, таких как исследования космоса и атомные электростанции. Книга начинается с обсуждения важности понимания влияния радиации на ИС и того, как она может вызвать ошибки и сбои в их работе. Затем он углубляется в основы проектирования ИС и различные методы, используемые для смягчения воздействия излучения, включая коды коррекции ошибок, избыточность и экранирование. Автор также рассказывает о последних достижениях в области технологий ИС, таких как 3D-интеграция и нанотехнологии, а также об их потенциальном применении в радиационно-устойчивых ИС. Одна из ключевых тем книги - необходимость изучения и понимания процесса эволюции технологий. Автор подчеркивает важность признания того, что технический прогресс заключается не только в изобретении новых гаджетов, но и в понимании основополагающих принципов технологии и ее влияния на общество. Он утверждает, что это понимание имеет важное значение для выработки личностной парадигмы восприятия технологического процесса современного знания и его основы для выживания человечества. В книге также подчеркивается необходимость и возможность выработки личностной парадигмы восприятия технологического процесса развития современных знаний как основы выживания человечества.
Il libro «Integrated Circuit Design for Radiation Environments» è una guida completa per la progettazione e il test dei circuiti integrati che possono resistere alle rigide condizioni dell'ambiente radiologico. L'autore, il dottor Richard DeLacey, è un noto esperto di progettazione dell'IS e ha una grande esperienza nello sviluppo e nel test dell'IS da utilizzare in applicazioni ad alto livello di radiazione, come la ricerca spaziale e le centrali nucleari. Il libro inizia discutendo l'importanza di comprendere l'impatto delle radiazioni sull'IS e come può causare errori e errori nel loro funzionamento. Viene poi approfondito le basi della progettazione dell'IS e i vari metodi utilizzati per mitigare l'esposizione alle radiazioni, tra cui codici di correzione degli errori, ridondanza e schermatura. L'autore descrive anche i recenti progressi nella tecnologia dell'IS, come l'integrazione 3D e la nanotecnologia, e le loro potenziali applicazioni in sistemi di proprietà intellettuale resistenti alle radiazioni. Uno dei temi chiave del libro è la necessità di studiare e comprendere l'evoluzione della tecnologia. L'autore sottolinea l'importanza di riconoscere che il progresso tecnologico non è solo l'invenzione di nuovi gadget, ma anche la comprensione dei principi fondamentali della tecnologia e del suo impatto sulla società. Egli sostiene che questa comprensione è essenziale per sviluppare il paradigma personale della percezione del processo tecnologico della conoscenza moderna e la sua base per la sopravvivenza dell'umanità. Il libro sottolinea anche la necessità e la possibilità di sviluppare un paradigma personale per la percezione del processo tecnologico dello sviluppo della conoscenza moderna come base della sopravvivenza dell'umanità.
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